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Supplier: Cole-Parmer
Description: Overall length 9", riveted joints, tips are serrated.|
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Supplier: ASTM International
Description: 1.1 This test method covers the determination of the quinoline-insoluble matter (QI) in tar and pitch using a stainless steel filtering crucible and a filtration membrane. 1.2 This test method was evaluated in round robin testing using materials in the range of zero to twenty
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Supplier: Priorclave, Ltd.
Description: Top Loading 150L. External Steam heated Priorclave autoclave (includes cooling & automatic timed freesteaming and 3 third depth stainless steel mesh baskets)
- Application / Industry: Laboratory
- Capacity: 5.3 cubic feet
- Controller Type: Programmable
- External Configuration: Top Load (Crucible, Melting)
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Supplier: Priorclave, Ltd.
Description: Top Loading 100L. External Steam heated Priorclave autoclave (includes cooling & automatic timed freesteaming and 2 half depth stainless steel mesh baskets)
- Application / Industry: Laboratory
- Capacity: 3.53 cubic feet
- Controller Type: Programmable
- External Configuration: Top Load (Crucible, Melting)
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Supplier: Priorclave, Ltd.
Description: With a chamber depth of 625mm, the Priorclave C60 range of autoclaves is ideal for sterilising those taller items such as fermentors and large capacity Erlenmeyer flasks. Although classifed as part of the Priorclave Compact range, the stainless steel chamber of the C60 top
- Application / Industry: Laboratory
- Capacity: 2.12 cubic feet
- Controller Type: Programmable
- External Configuration: Top Load (Crucible, Melting)
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Supplier: Priorclave, Ltd.
Description: With a chamber depth of 625mm, the Priorclave C60 range of autoclaves is ideal for sterilising those taller items such as fermentors and large capacity Erlenmeyer flasks. Although classifed as part of the Priorclave Compact range, the stainless steel chamber of the C60 top
- Application / Industry: Laboratory
- Capacity: 2.12 cubic feet
- Controller Type: Programmable
- External Configuration: Top Load (Crucible, Melting)
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Supplier: ASTM International
Description: 1.1 This test method for testing and inspection is applicable to bars, billets, and blooms of carbon, alloy, and stainless steel which have been consumable electrode remelted. 1.2 For the purpose of this test method, the consumable electrode remelting process is defined as a
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Supplier: IHS Markit Engineering & Product Design
Description: STANDARD TEST METHOD FOR QUINOLINE-INSOLUBLE (QI) CONTENT OF TAR AND PITCH BY STAINLESS STEEL CRUCIBLE FILTRATION
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Supplier: International Thermal Systems LLC.
Description: Aluminized Steel 304, 316 Stainless Steel or other Nickel Alloys for temperature and corrosion resistance High-Density energy-saving insulation Panel construction Access to the interior of the oven, fan, and heating chamber
- Application: Aging, Annealing, Curing, Drying, Preheating, Other
- Atmosphere: Air / Oxidizing, Inert
- Controller Type: Programmable
- External Configuration: Front Load (incl. Walk-in, Truck-in), Top Load (Crucible, Melting)
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Supplier: ASTM International
Description: 1.1 This test method covers testing and inspection and is applicable to bars, billets, and blooms of carbon, alloy, and stainless steel which have been consumable electrode remelted. 1.2 For the purpose of this test method, the consumable electrode remelting process is defined as a
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Supplier: ASTM International
Description: 1.1 This practice covers testing and inspection and is applicable to bars, billets, and blooms of carbon, alloy, and stainless steel which have been consumable electrode remelted. 1.2 For the purpose of this practice, the consumable electrode remelting process is defined as a
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Supplier: IHS Markit Engineering & Product Design
Description: STANDARD TEST METHOD FOR QUINOLINE-INSOLUBLE (QI) CONTENT OF TAR AND PITCH BY STAINLESS STEEL CRUCIBLE FILTRATION - INCLUDES STANDARD + REDLINE (PDF)
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Supplier: NACE Resources
Description: different in both the test solutions. Aging treatment at 973 K for lh degraded the corrosion resistance of all the impurity doped HP18Cr-14Ni alloys. Especially, 500 ppm C showed a detrimental effect on the corrosion resistance of the alloy in 13 kmolm 3 HNO3 through sensitization. Keywords:
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Modified IRC bench-scale arc melter for waste processing
Stainless steel crucible .
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CHEMICAL ENGINEERING DIVISION SEMIANNUAL REPORT, JULY-DECEMBER 1963
Tungsten-Coated Silicon Carbide and Stainless Steel Crucibles After Thermal Cycling .
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The Solubility of Aluminum in Cryolite-Based Electrolyte-Containing KF
All the BN parts were sealed in a stainless steel crucible with excellent air tightness, which was realized by welding a stainless steel cup to a CF flange connections.
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High Magnetic Field Processing - A Heat-Free Heat Treating Method
Photo of the Mg sample stainless steel crucible after thermo-magnetic processing..
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THE EFFECT OF ALUMINA PICK-UP ON
MOULD FLUX BEHAVIOUR IN
CONTINUOUS CASTING
Fitting into this again was a calcium oxide - alumina based crucible holder for the purpose of acting as a reservoir for slag that crept out of the stainless steel crucible .
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Calorimetric study of thermal decomposition of lithium hexafluorophosphate
Thermal behavior of lithium hexafluorophosphate in sealed stainless steel crucible (V=0.15 cm3 ) was studied in the temperature range 298–513 K.
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Solidification and cooling analysis of aluminum alloy droplets with the uniform droplet spray process
The boron nitride coating (ZYP Coatings) inside the stainless steel crucible is checked for complete coverage.
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Thermal Cracking of Athabasca Oil-Sands Oil Part 2. - Cohesiveness of Carbon Residue from Fluidized Coker Distillate
Portions of the fluidized colter distillate were heated in stainless steel crucibles in the Ramsbottom carbon residue furnace - .
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Separation of Actinides from LWR Spent Fuel Using Molten-Salt-Based Electrochemical Processes
A new fuel basket design using porous stainless steel crucibles to hold the fuel fines was developed and successfully tested in laboratory-scale re- duction experiments.
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Negative Ions From Alkali Hydrides As A Source For H- Beams
It was previously observed in our laboratory that LiH powder, when heated to its melting point in a stainless steel crucible , copiously produced negative and postive ions.